ENERGY AMPLIFICATION

[Grumpy]

tesla's spark gaps are obsolete, we have a much better solution to that ok.

a matter of series and parallel connection will solve your problem ok its an elementary technique 

semiconductor switches in avalanche mode or simply switched - transistors, MOSFETs, etc.

[forest]

while we are here - question about mosfets : can they work in HV ? well I know that most cannot work above 1000V , but I saw Don Smith schematic and he states that by using proper voltage dividers they CAN switch huge power (amps at high voltage). Do they work in floating mode (not grounded) with proper voltage difference between gate,source and drain terminals while switching HV ?

[wattsup]

@Tito L. Oracion

Been reading this thread and I only have two questions that will NOT push you to give out anything and will give guys here a better understanding of what they are not doing with their devices.

So my questions is................................

1) How many steps does your device have to go through to produce your output. I am not asking which steps but how many.

2) How many loops are in your steps.

You can answer these questions with numbers only like 5-1, meaning five steps and one loop, or, 6-2, and so on.

Thanks in advance.

wattsup

[forest]

wattsup,

by loop do you mean positive feedback ?

[wattsup]

@forest

You can actually call it whatever, but I don't think it is feedback. Feedback for me means a small portion of the output (or from anywhere else on the circuit) is sent back to give another pulsing signal. What I mean by loop means portions of a circuit that permit the total output or a serious part thereof feeding back to a source point that then increases the overall energy driving the circuit. But not feedback. But @tito could be using 0 loops with 15 steps. What I am curious about is only that, how many steps, and if used, how many loops.